The paper is concerned with the effect of an impulsive point source on the Love-type surface
wave propagation in an anisotropic poroelastic medium coated with an isotropic …

This paper investigates the dynamic behavior of material strength due to the traction and
propagation of torsional surface waves. Dynamic behavior of material strength depends on …

This study examines the propagation characteristics of flexural edge waves in a functionally
graded poroelastic plate within a thermal environment. A transversely isotropic, functionally …

This research paper investigates the Love-type surface wave dispersion in a nonlocal elastic
nonhomogeneous medium over a nonlocal orthotropic semi-infinite medium under the effect …

This article is framed to examine the influence of heterogeneities, viscosity, initial stress,
rigidity and density ratios, and thickness on traversal characteristics of Love-type surface …

The development of a new dynamic lattice element method (dynamicLEM) as well as its
application in the simulation of the propagation of body waves in discontinuous and …

This paper employs a general and direct method to determine the time-dependent stress–
strain behavior of soil using a Prony series parameter fitting. The rheological stress–strain …

The governing equations of the Zener viscoelastic model in 1d, in terms of either the
displacement or the stress, are found to involve two d'Alembertians. Two types of waves are …

The viscoelastic earth model is increasingly utilized by seismologists for studying surface
seismic wave propagation through Earth's porous crustal regions such as granular …

The effect of heat transmission on the absolute instability (AI) and convective instability (CI)
of axisymmetrical disturbances in a viscoelastic liquid jet that falls under gravity is …